Explanation of the methods for standard module design exemplarily displayed by Main Module 3 Information and Communication.

Slides:

Advertisements

Similar presentations

Contents Different O.S. and platforms. Different programming languages. Possibilities for mobiles. GPS, digital compass, accelerometer,… Augmented reality.

Advertisements

Knowledge Pathways in IT

IN2305-II Embedded Programming Lecture 2: Digital Logic.

Information and Communication Technology (ICT). Curriculum Structure ICT includes three parts: 1. Compulsory Part (55%) 2. Elective Part (25%) 3. School-based.

S Y S T E M S E N G I N E E R I N G.

AWS Moving Towards the Future Credits: The Instrument Division, Malaysian Meteorological Service Contact: Tel : (603) – ,

MULTIMEDIA Development Team.

MODULAR TE Valorisation Conference Dr.-Ing. Juergen Wehling Faculty for Engineering Sciences, Department of Technology (Lectureship) TUD, Prof. Dr.-Ing.

Methodology Conception Dr.-Ing. Jürgen Wehling University of Duisburg-Essen 2 Table of Contents  Introduction  Field orientation  5 Main.

Introduction to Web Base Multimedia Application. Web base application TCP/IP (HTTP) protocol Using WWW technology & software Distributed environment.

Emerging Trends in Computer Science Dr. Gurvinder Singh Reader, Deptt of Computer Science & Engineering, GNDU, Amritsar.

© Anselm SpoerriInfo + Web Tech Course Information Technologies Info + Web Tech Course Anselm Spoerri PhD (MIT) Rutgers University

The World Wide Web and the Internet Dr Jim Briggs 1WUCM1.

Embedded systems Lecture 25 February 2015.

Course: Introduction to Computers

WEB DESIGNING Prof. Jesse A. Role Ph. D TM UEAB 2010.

Application Layer. Applications A program or group of programs designed for end users. A program or group of programs designed for end users. Software.

CGMB 113 / CITB123: MULTIMEDIA TECHNOLOGY

TOPIC 1 – SERVER SIDE APPLICATIONS IFS 234 – SERVER SIDE APPLICATION DEVELOPMENT.

Section 2.1 Compare the Internet and the Web Identify Web browser components Compare Web sites and Web pages Describe types of Web sites Section 2.2 Identify.

NETWORK CENTRIC COMPUTING (With included EMBEDDED SYSTEMS)

COMPUTER SOFTWARE Section 2 “System Software: Computer System Management ” CHAPTER 4 Lecture-6/ T. Nouf Almujally 1.

Description of an “Embedded System” An embedded system is typically a design making use of the power of a small microcontroller. These microcontrollers.

Introduction to CS447 Department of Computer Science Southern Illinois University Edwardsville Fall, 2015 Dr. Hiroshi Fujinoki

Copyright 2002 Prentice-Hall, Inc. Chapter 1 The Systems Development Environment 1.1 Modern Systems Analysis and Design.

1 Web Basics Section 1.1 Compare the Internet and the Web Compare Web sites and Web pages Identify Web browser components Describe types of Web sites Section.

THE OSI MODEL AND THE TCP/IP PROTOCOL SUITE CS 1202 Lectur3 part2.

Introduction to Internet Programming (Web Based Application)

CHAPTER FOUR COMPUTER SOFTWARE.

Computer-Based Instruction Produced by Dr. James J. Kirk Professor of HRD.

The Development Process

The Internet  Internet Hardware connected together Creates a massive worldwide network  Hardware Computers Communication lines  Interlinked collection.

20-753: Fundamentals of Web Programming 1 Lecture 1: Introduction Fundamentals of Web Programming Lecture 1: Introduction.

CHAPTER TWO THE MAKING OF MULTIMEDIA: AND MULTIMEDIA DEVELOPMENT TEAM

 Bachelor of Business Administration (BBA)  Bachelor of Computer Applications (BCA) Directorate of Distance Education ICFAI University Tripura.

1 3. Computing System Fundamentals 3.1 Language Translators.

© Ternopil Ivan Puluj National Technical University, 2013 System of the E-learning ATutor TNTU.

Module 5 A system where in its parts perform a unified job of receiving inputs, processes the information and transforms the information into a new kind.

Discovering Computers 2009 Chapter 13 Programming Languages and Program Development.

The Balance Between Theoretical and Practical Work Within Electrical and Computer Engineering Courses Dr. Bahawodin Baha March Development Partnerships.

Dan Masethe (Software Engineering Dept) Work Integrated Learning Coordinator and Lecturer.

ICT Information and Communication Technology. Two parts : Core (Compulsory) part Elective part.

ICT Information and Communication Technology. Two parts : Core (Compulsory) part Elective part.

Introduction to Making Multimedia

IT WEB TECHNOLOGY Prepared by, K.ABINAYA Lect/IT.

Information Architecture & Design Course Overview -Syllabus -Requirements & Preferences -IA & Design Readings -Group Projects IA Overview -What is IA?

Introduction & Overview Prepared by: TGK First Prepared on: Last Modified on: Quality checked by: Copyright 2009 Asia Pacific Institute of Information.

Module 1. Upon completing Module 1 students should be able to: Understand the physical connections needed for a computer to connect to the Internet Recognize.

Chapter 3-Multimedia Skills

Lesson 3-Multimedia Skills. Overview Members of a multimedia team. Roles and responsibilities in a multimedia team.

ICC Module 3 Lesson 1 – Computer Architecture 1 / 12 © 2015 Ph. Janson Information, Computing & Communication Computer Architecture Clip 5 – Memory Circuits.

Course Instructor: Hira Farman Course : BY:HIRA FARMAN.

Week1: Introduction to Computer Networks. Copyright © 2012 Cengage Learning. All rights reserved.2 Objectives 2 Describe basic computer components and.

Semester 1 v CCNA 1 Module 1:Introduction. Semester 1 v Connecting to the Internet.

Unit 19 Computer Music Systems 1 Examine the hardware options available for the composition and production of music using computer technology assess the.

Introduction  Program: Set of sequence instruction that tell the computer what to do.  Software: A collection of programs, data, and information. 

Credit:  Multimedia has been used in many aspects in our lives, for example in the field of business, entertainment.

EUROTECHNIKI PRODUCTION OF MULTIMEDIA MATERIALS FOR EDUCATION MODULE 5: PRODUCTION OF MULTIMEDIA MATERIALS FOR EDUCATION ANTWERP MEETING JANUARY.

introductionwhyexamples What is a Web site? A web site is: a presentation tool; a way to communicate; a learning tool; a teaching tool; a marketing important.

 Internet Hardware connected together Creates a massive worldwide network  Hardware Computers Communication lines  Interlinked collection of smaller.

Presentation of Curricula THE SCHOOL OF ELECTRICAL AND COMPUTER ENGINEERING OF APPLIED STUDIES DIGITAL BROADCASTING AND BROADBAND TECHNOLOGIES DBBT project.

COM 205 Multimedia Applications St. Joseph’s College Fall 2004.

Your Interactive Guide to the Digital World Discovering Computers 2012 Chapter 13 Computer Programs and Programming Languages.

Glencoe Introduction to Multimedia Chapter 2 Multimedia Online 1 Internet A huge network that connects computers all over the world. Show Definition.

Introduction to Computers and the Internet

Course: Introduction to Computers

Chapter 10 Development of Multimedia Project

دليل المتدرب واللائحة التنظيمية للبرنامج

Course 3 : Studio Technology

دليل المتدرب واللائحة التنظيمية للبرنامج

Presentation transcript:

Explanation of the methods for standard module design exemplarily displayed by Main Module 3 Information and Communication

Lecture Structure Each Main Module consists of several Modules. Each Module consists of one or more Lectures. Submodules developed by the partners may later on be put together to create concatenated Lectures. Main Module Module Lecture Submodule: Subject a Partner z Submodule Subject b Partner y Submodule Subject c Partner x Submodule Subject d Partner w

Main Module 3 Information and Communication Structure – Main Modules Each Main Module consists of several Modules. For example: Main Module 3 “Information and Communication” consists of five Modules: -Module 1: Fundamentals (Knowledge) -Module 2: Applied Control Technology (Comprehension) -Module 3: Programming of Software and Hardware (Application) -Module 4: Networking Technologies (Analysis, Synthesis, Application) -Module 5: Practical Training (Evaluation, Application) Module 1 Fundamentals (Knowledge) Module 2 Applied Control Technology (Comprehension) Module 3 Programming of Software and Hardware (Application) Module 4 Networking Technologies (Analysis, Synthesis, Application) Module 5 Practical Training (Evaluation, Application)

Structure - Modules Each Module consists of one or more Lectures: –For example: Module 4 Networking Technologies (Analysis, Synthesis, Application) consists of two Lectures: - Web oriented techniques Information – Transformation IV - Networking structure – Information Transformation V Module 4 Networking Technologies Lecture: Web oriented techniques Information - Transformation IV Lecture: Networking structure Information - Transformation V

Lecture: Introduction Introduction to the Basics – Information Technology Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Lecture: Introduction Introduction to the Basics – Information Technology Lecture: Analogue Technique Basics – Information Technology Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Module 1 Fundamentals (Knowledge) Lecture: Digital Technique Basics – Digital Technology Lecture: Introduction Introduction to the Basics – Information Technology Lecture: Analogue Technique Basics – Information Technology Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Lecture: Analogue Techinque Basics – Information Technology Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Lecture: Digital Technique Basics – Digital Technology Lecture: Analogue Techinque Basics – Information Technology Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Module 2 Applied Control Technology (Comprehension) Lecture: Digital Technique Basics – Digital Technology Lecture: Analogue Techinque Basics – Information Technology Lecture: Control and measurement Information Transformation I Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Lecture: Basic of programming techniques Information Transformation II Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Module 3 Programming of Software and Hardware (Application) Lecture: Basic of programming techniques Information Transformation II Lecture: Programming of hardware Information Transformation III Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Lecture: Web oriented techniques Information - Transformation IV Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Module 4 Networking Technologies (Analysis, Synthesis, Application) Lecture: Networking structure Information - Transformation V Lecture: Web oriented techniques Information - Transformation IV Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Lecture: Compulsary training on technical experiments Laboratory I – Information Transformation Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering

Module 5 Practical Training Lecture: Autonomous developing of technical experiments Laboratory II – Information Transformation Lecture: Compulsary training on technical experiments Laboratory I – Information Transformation Elective Submodules : Introduction Analogue technique (Transistors, OpAmps) Digital technique (Combinational Logic, Sequential Logic) Control, measurement Analysis of problems (flow process chart) Structured programming (modules) Hardware (sensors, actors, ports, i/o-cards, interfaces, etc.) Programming (Basic, Assembler, Microcontroller, SPC, EIB) Hypertext, Javascript, Java, PHP, Perl, SQL Multimedia (Audio, Video, Flash, Web 2.0) Transmitting systems (Lightwave Guide) Operating systems (Linux, Windows, FreeBSD) Protocols (TCP/IP allocation) L.A.M.P. Recording, processing and interpretation of measurements Control tasks (Guided control, programmed control, etc.) Triggering of sensor / actor peripherals Elements of closed loop control (Discontinuous/continuous) Elements of communication engineering